The Math and Science of Sports – Full Bundle includes four complete PDF curriculums for Early Elementary, Upper Elementary, Middle School, and High School learners. Across 144 lessons, students of all ages build math, science, and physical literacy through their favorite sports.

From counting and direction in soccer to calculating torque in track and field, each level brings age-appropriate academic depth to movement. This bundle is ideal for homeschool families with multiple ages, co-ops, or PE-integrated STEM programs.

🧠 What’s Inside:

• 4 full PDF programs: K–2, 3–5, 6–8, and 9–12

• 144 total weekly lessons across 13 sports

• Covers force, motion, data, angles, velocity, timing, friction, and more

• Includes quizzes, activities, labs, and athlete profiles

• Aligned to NGSS and math learning standards

• Use for transcript credit, unit studies, or enrichment across grade levels

🌐 Extend the Learning:

Check out word origins at Etymonline or explore interdisciplinary learning through the Linguistic Society of America.

🔗 Browse Sports STEM Catalog
🔗 Visit the Full Shop

The post Math and Science of Sports – Full Curriculum Bundle (K–12) appeared first on Educated My Way.

The Math and Science of Sports – High School curriculum empowers students in Grades 9–12 to explore advanced STEM topics through the lens of sports. This 36-week course investigates physics, statistics, biology, and engineering principles applied to athletic training, sports equipment, biomechanics, and performance modeling.

Students engage in labs, create data sets, write short reports, and calculate values for topics like kinetic energy, torque, center of gravity, drag, air resistance, probability, and more. Every lesson is connected to real-world data from professional athletes and Olympic-level training.

A powerful option for homeschool STEM credit, elective science, or co-op class, this PDF-based curriculum offers college prep readiness through sports science.

📘 What You’ll Learn:

• Explore aerodynamics, force vectors, statistics, and injury prevention

• Solve real-world problems using graphing, calculus basics, and regression

• Study topics such as altitude training, material science, heart rate zones, and VO₂ max

• Analyze athletic performance with real sports science case studies

• Ideal for a full-year elective, science credit, or PE-based STEM class

🌐 Extend the Learning:

Study sport-specific terminology at Etymonline and learn how language evolves in sports science through the Linguistic Society of America.

🔗 More High School STEM Resources
🔗 Full Curriculum Shop

📥 Format & Delivery:

Instant PDF download, structured by week, with detailed lessons, labs, athlete analysis, and answer keys.

🎯 Ideal For:

• High school students earning elective STEM or science credit

• Co-op classes blending fitness and STEM

• Athletes interested in biomechanics, training, or sports analytics

By year’s end, students will have built a full academic portfolio demonstrating math, science, and critical analysis—through something they love: sports.

The post Math and Science of Sports – High School Curriculum appeared first on Educated My Way.

Launch students into the world of architectural design with Designing the Future: AutoCAD for Architecture, a comprehensive, project-based AutoCAD architecture curriculum for high school. From simple rectangles to detailed 3D models and construction documents, this course walks learners through professional-level CAD skills using AutoCAD while incorporating engineering concepts, NGSS standards, and real-world applications.

Using iconic global structures—from the Blue Mosque to the Burj Khalifa—as context, students learn to think and draw like architects while building floor plans, simulating structural loads, and exploring sustainable design.

💡 What Students Will Learn:

• Navigate the AutoCAD interface: Ribbon, Command Line, Model Space

• Create 2D drawings using lines, polylines, and coordinates

• Apply scaling, dimensioning, and annotations to technical drawings

• Develop 3D models using extrude, subtract, and boolean operations

• Build components like doors, windows, and roofs

• Render 3D models with materials, lighting, and shadows

• Create professional blueprints with layouts, viewports, and title blocks

• Analyze load distribution and structural stability (aligned with NGSS HS-PS2-1)

🧰 Curriculum Features:

• 📄 Format: PDF curriculum with downloadable DWG files

• 🧠 Interdisciplinary: Combines architecture, engineering, physics, and design

• 🧪 Activities: Hands-on labs using free or school-licensed AutoCAD software

• 🖥️ Output: Construction documents, 3D rendered models, and engineering analysis

• 🏡 Ideal for: Homeschoolers, STEM co-ops, CTE programs, or classrooms

Students will complete 10 structured chapters with labs that include drawing blueprints, calculating wind loads, rendering solar simulations, and analyzing famous buildings through design theory.

🌐 Extend Learning with These Resources:

🔗 AutoDesk – Free AutoCAD for Students
🔗 PBS – Architecture and Design in STEM

🔗 Link to related curriculum: High School Classes
🔗 Link to full catalog

The post Designing the Future: AutoCAD for Architecture – High School Curriculum appeared first on Educated My Way.

Bring engineering and design to life with Physics & Architecture: Forces that Shape Structures, a project-based physics and architecture curriculum for high school. From the towering Parthenon to the wind-defying Burj Khalifa, students explore how forces like tension, compression, torque, and gravity work together to shape the world’s most iconic structures.

This curriculum blends conceptual physics, global case studies, and real-world applications into a full-year science course aligned with AP Physics 1 and NGSS standards. Through dynamic hands-on labs and architectural analysis, learners discover how science supports safety, innovation, and aesthetics in buildings across cultures.

🏛️ What Students Will Learn:

• Newton’s Laws and how they stabilize buildings

• Types of forces: tension, compression, shear, and friction

• Torque, center of mass, and rotational equilibrium

• Structural failure and engineering problem-solving

• Free-body diagrams and vector analysis

• Stress, strain, and material properties like Young’s modulus

• Global architecture examples: obelisks, bamboo bridges, cathedrals, and skyscrapers

🧪 Curriculum Features:

• 📄 Format: Digital PDF with printable worksheets, labs, and diagrams

• 🔬 STEM integration: Physics, math, design, and history

• 🎓 Standards: NGSS HS-PS2-1 and AP Physics 1 aligned

• 🧠 Outcome: Develops scientific thinking, engineering design, and problem-solving

• 🧰 Labs: Includes tower, bridge, and elasticity challenges using basic household materials

• 🌍 Ideal for: Homeschoolers, co-ops, classrooms, and AP enrichment

🌐 Enrich Learning with These Resources:

🔗 HyperPhysics – Mechanics Overview
🔗 American Institute of Physics – Physics of Buildings

🔗 Link to related curriculum: High School Classes
🔗 Link to full catalog

The post Physics & Architecture: Forces that Shape Structures – High School Curriculum appeared first on Educated My Way.

Turn your kitchen into a chemistry lab with Culinary Chemistry: The Science of Cooking, a high school curriculum that blends hands-on experimentation with scientific inquiry. This unique culinary chemistry curriculum for high school students uses food to teach core scientific concepts through real-world applications—from emulsions and fermentation to the Maillard reaction and pH balance.

Whether you’re baking bread to observe chemical leavening, measuring density while crafting sauces, or investigating the molecular structure of proteins through egg-cooking experiments, students will develop lab-grade critical thinking with every bite.

🍳 What Students Will Learn:

• The chemistry of molecules in food: proteins, fats, carbohydrates, water

• Scientific method application in cooking scenarios

• Heat transfer (conduction, convection, radiation) in food preparation

• Phase changes, emulsions, and foams

• Acid-base chemistry, fermentation, and leavening reactions

• Food safety, kitchen measurement, and thermodynamics

• Global cuisine connections, historical context, and food science careers

✨ Curriculum Features:

• 📄 Format: PDF curriculum with printable worksheets, labs, review questions, quarterly quizzes, and answer keys

• 📚 Structure: Over 10 chapters of interdisciplinary learning, aligned with high school chemistry standards

• 🧪 Activities: Lab-based cooking experiments with safety guidelines

• 🌍 Integration: Cross-cultural food examples and global culinary science

• 🏡 Use Cases: Ideal for homeschoolers, co-op classes, micro-schools, or enrichment programs

📈 Outcomes:

Students will walk away with a deeper understanding of both science and everyday life—able to interpret ingredient labels, explain cooking techniques chemically, and experiment in the kitchen with confidence.

🌐 Explore More About Culinary Chemistry:

🔗 Science of Cooking – Exploratorium
🔗 American Chemical Society – Chemistry of Food

🔗 Link to related curriculum: High School Classes
🔗 Link to full catalog

The post Culinary Chemistry: The Science of Cooking – High School Curriculum appeared first on Educated My Way.